#2443 - Filippo Biondi
In this episode of The Joe Rogan Experience, researcher Filippo Biondi discusses his team's discoveries beneath the Giza plateau using satellite radar technology. Their scans have revealed large chambers and spiral structures beneath the Khafre pyramid, along with similar underground features at ancient sites in Peru and Russia. Biondi explains how his team uses satellites and radar tomography to create detailed maps of these underground structures.
The conversation explores the implications of these findings for ancient history, including the possibility that the Giza plateau's history extends back 12,000 years. Biondi shares his theories about the pyramids' potential functions beyond serving as tombs, describing evidence from computer simulations and acoustic studies. He also discusses his current work to establish a foundation in Malta and his plans for further non-invasive exploration of the Giza shafts.
This is a preview of the Shortform summary of the Jan 23, 2026 episode of the The Joe Rogan Experience
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Underground Structures Discovered At Giza and Other Sites
Filippo Biondi and his research team have made groundbreaking discoveries beneath the Giza plateau using satellite radar technology. Since 2019, over 200 scans have revealed massive chambers approximately 80 meters in dimension and vertical structures with spiral patterns extending from the Khafre pyramid's base.
Beyond Giza: Global Discoveries
Biondi's team has expanded their research beyond Egypt, discovering complex underground features at ancient sites in Peru and Russia. The technology's credibility is supported by successful validation through other applications, including precise measurements of a particle collider within an Italian mountain.
Significance for Ancient History
These findings challenge conventional historical timelines. Biondi suggests the Giza plateau's history might extend back 12,000 years or more, with evidence like salt deposits supporting this theory. He proposes that the pyramids weren't simply tombs, but sophisticated structures potentially designed to harness natural vibrations for consciousness alteration, as indicated by computer simulations and acoustic properties.
Methods and Technology
Biondi's innovative technique uses satellites at 600 kilometers altitude to capture mechanical vibrations through the Doppler effect. The team employs radar tomography to create detailed maps of underground structures, producing consistent results across multiple scans using both Italian and American satellite systems. This approach allows for wider area scanning than traditional ground-penetrating radar.
Academic and Institutional Response
While some archaeologists remain skeptical, Biondi's work has attracted significant scientific and private interest. He is currently working to establish a foundation in Malta and seeking $20 million in funding to explore the Giza shafts further. His proposed approach emphasizes non-invasive methods, including the use of drones and robots, with the University of Ferrara positioned to manage the work.
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Counterarguments
- The use of satellite radar technology for archaeological purposes, while innovative, may not provide as much detail as on-site excavations and could lead to misinterpretations without physical evidence.
- The claim that the Giza plateau's history might extend back 12,000 years could conflict with established archaeological and historical evidence, requiring more substantial proof than salt deposits to be widely accepted.
- The theory that the pyramids were designed to harness natural vibrations for consciousness alteration is speculative and would need to be substantiated by interdisciplinary studies beyond computer simulations and acoustic properties.
- Skepticism from some archaeologists may stem from a lack of peer-reviewed publications or transparent methodologies associated with Biondi's findings.
- The significant funding sought for further exploration could be seen as a barrier to entry for other research teams or institutions that may not have access to similar resources.
- The emphasis on non-invasive methods, while preserving the site, may limit the depth and scope of the investigation compared to traditional archaeological techniques.
- The management of the exploration work by the University of Ferrara could be viewed as centralizing research in one institution, potentially limiting collaboration and the diversity of scientific perspectives.
Actionables
- You can explore the principles of radar tomography by creating a simple DIY project that mimics the technology's basic concepts using household items. For example, use a sound-emitting device and a receiver to understand how waves can be used to detect objects. This could be as simple as setting up an obstacle course in a dark room and using the sound from your smartphone to navigate, which will give you a hands-on appreciation for how waves can reveal hidden structures.
- Enhance your understanding of ancient construction by building scale models of the pyramids using materials like clay or paper mache. Incorporate elements that reflect the acoustic properties discussed, such as internal chambers or passageways, to get a tactile sense of how these structures might have been designed to harness natural vibrations.
- Engage with the concept of non-invasive exploration by participating in virtual simulations of archaeological sites. Look for online platforms or apps that offer virtual tours and simulations of ancient sites, allowing you to "explore" these areas without physically altering them. This can provide insight into the importance of preserving historical sites while still satisfying curiosity and the desire for exploration.
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Underground Structures Discovered At Giza and Other Sites
Filippo Biondi leads a research team that is examining structures beneath the Giza plateau using satellite technology, potentially rewriting human history.
Satellite Analysis Reveals Giza Pyramid Findings
Filippo Biondi's Team Used Radar to Map Underground Structures Beneath the Giza Plateau
Rogan introduces Filippo Biondi, mentioning significant discoveries that Biondi's team has made beneath the Giza Plateau using satellite radar technology. Biondi proposed using his radar technique to scan the pyramids in 2018, and in 2019, the first scans were conducted. More than 200 scans have been performed on the area since then.
These scans uncovered images of immense columns and detected large chambers that are roughly 80 meters in width, length, and height beneath the structures. They also identified predominantly vertical structures beneath the Giza Plateau with a regular spiral pattern extending from the base of the Khafre pyramid downward.
Biondi also discusses the possibility of creating a lift for tourists to go downstairs or through horizontal corridors that may intersect the pyramids, and he talked about a "big void" that was discovered.
Underground Structures Found At Ancient Sites Beyond Giza
Biondi's Team Found Complex Underground Features at Ancient Sites in Peru and Russia, Suggesting Sophisticated Ancient Infrastructure
Biondi and his team have expanded their research to other sites. They found complex underground features at ancient sites in Peru and Russia, which point to sophisticated ancient infrastructure. For example, in Peru's Sacsayhuamán, which Biondi refers to as Saxo-Haman, scanning revealed the marshmallow-like appearance of the stones. In Russia, massive structures were uncovered in a location called Kara-Kora, although the purpose of these structures remains unknown.
Additionally, Joe Rogan and Filippo Biondi discussed the "Carhora shaft," an u ...
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Underground Structures Discovered At Giza and Other Sites
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Actionables
- You can explore local history by using online satellite imagery to identify potential underground structures in your area. Start by researching historical maps and documents to find locations with a history of settlements or structures. Then, compare these maps to current satellite images available on platforms like Google Earth to look for irregularities or patterns that might suggest underground features. Share your findings with local historical societies or online communities interested in archaeology.
- Enhance your travel experiences by creating a personalized "ancient wonders" itinerary. Research destinations with known underground structures or historical mysteries, similar to those mentioned in Peru and Russia. Plan your trip to include visits to these sites, and before you go, read up on the latest findings or theories about them. This will give you a deeper appreciation for the sites when you visit and make your travel more meaningful.
- Engage with technology by participat ...
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Significance of Findings for Ancient History and Technology
Joe Rogan and Filippo Biondi discuss groundbreaking discoveries suggesting a far more complex history of ancient structures than conventionally believed.
Discovery of Ancient Underground Structures Challenges Conventional Historical Timelines
The discovery of extensive subterranean structures beneath the Giza Pyramids has led to significant reassessment of the Ancient Egyptian timeline.
Discovery of Underground Chambers and Tunnels Beneath Giza Pyramids Suggests a More Advanced Ancient Society
The discovery of underground chambers and tunnels beneath the Great Pyramid suggests an advanced understanding of engineering and architecture. These structures indicate that the pyramids may not be tombs, as commonly believed, which implies the existence of a sophisticated ancient civilization. Biondi describes the Z structure inside the pyramids as having precise functions that hint at advanced knowledge.
Ancient Egyptian Timeline Could Be Thousands of Years Older, Reshaping History Understanding
Biondi suggests that the Giza plateau’s history might be extended back to around 12,000 years ago because of the Great Flood. Evidence such as salt deposits implies that the conventional historical timelines for the construction of Giza could be thousands of years older than currently thought. Additionally, Biondi refers to the Zep Tepi, an era preceding conventional timelines, implying that the pyramids could date back between 14,000 to around 36,000 years ago.
Ancient Cultures' Advanced Knowledge in Sound and Vibration
Biondi's research indicates that ancient civilizations, particularly those who constructed the pyramids, may have had advanced knowledge of sound and vibration.
Biondi's Theory: ...
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Significance of Findings for Ancient History and Technology
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Counterarguments
- The interpretation of underground structures as evidence of a more advanced civilization is speculative without corroborating evidence from written records, artifacts, or other archaeological findings.
- The dating of the Giza plateau to around 12,000 years ago based on salt deposits may not be conclusive without considering other environmental factors that could contribute to such deposits.
- The idea that the pyramids were not tombs but had other purposes is a significant departure from the consensus of Egyptologists and requires more substantial evidence.
- The concept of Zep Tepi and dating the pyramids to between 14,000 and 36,000 years ago is not supported by mainstream Egyptology and lacks direct evidence.
- The theory that ancient civilizations had advanced knowledge of sound and vibration is intriguing but remains hypothetical without concrete proof.
- The suggestion that the pyramids were designed to harness natural vibrations for altering consciousness is a modern interpretation that may not align with the intentions and beliefs of the pyramid builders.
- Computer simulations of acoustic effects within the pyramids are useful tools, but they cannot definitively prove the ...
Actionables
- Explore the acoustic properties of your home by clapping or using a musical instrument in different rooms to notice how sound behaves. This can give you a personal sense of how architecture affects acoustics, similar to the way ancient structures like the pyramids were designed to interact with sound.
- Create a personal relaxation space using principles of vibration by incorporating a small water feature, wind chimes, or a white noise machine to mimic the natural vibrations that ancient civilizations may have used for altering consciousness.
- Engage with loc ...
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Methods and Technology Used to Map Underground Sites
Filippo Biondi reveals revolutionary techniques and technology for mapping underground structures using satellite imaging, radar tomography, and radar from space, potentially reshaping our understanding of sites like the Giza Plateau.
Biondi's Radar Tomography Technique Using Satellites to Image Underground Structures
Biondi's technique sheds light on hidden subterranean features with surprising clarity and scope.
Technique Uses Doppler Effect to Capture Mechanical Vibrations, Validated On Subterranean Structures
Biondi explains that his team performed sound measurements picked up by satellites from the Earth's surface, producing very precise results. His approach uses the Doppler effect to focus on snapshots of the Earth, captured by satellites from a height of 600 kilometers while moving at speeds of 7 kilometers per second. These snapshots are focused using Doppler frequency shifts, which help estimate mechanical vibrations on the Earth's surface, containing high entropy useful for tomographic inversion.
The radar tomography technique employs radar mounted on satellites to observe these vibrations, which contain information about the structures beneath the surface. High-energy vibrations are indicated by red, low-energy vibrations by blue, and the absence of vibrations, such as in air-filled tunnels, results in low energy displayed in blue. Biondi notes that the technique has been validated through experiments, specifically mentioning successful mapping instances at the Mosul Dam and the Gran Sasso particle collider, suggesting its reliability.
Satellite Imaging to Survey Underground Features at Giza and Ancient Sites
Biondi's team utilized advanced technology to reveal long-hidden secrets below the Giza Plateau.
Biondi's Team Conducted 200+ Scans, Consistently Detecting the Same Underground Structures on Giza Plateau
Biondi states that his team used satellites to map underground structures, confirming features such as man-made rings and corridors. Expanding their research to cover the entire Giza plateau, they detected known structures like the Grand Gallery, and the Queen ...
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Methods and Technology Used to Map Underground Sites
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Actionables
- You can explore the history of your local area by using publicly available satellite images to identify potential archaeological sites or historical land changes. Start by accessing satellite imagery through platforms like Google Earth or NASA's Worldview, and compare images from different years to spot changes in the landscape that might indicate historical human activity or natural transformations. Share your findings with local historical societies or on social media to engage with others interested in local history.
- Enhance your understanding of global geography by creating a virtual tour of ancient sites using satellite images. Use tools like Google Earth's 3D feature to "visit" places like the Giza Plateau, and research the structures you're interested in to build a narrative around each location. This can be a fun educational activity for families or a way to virtually travel and learn about different cultures and their historical landmarks.
- Participate in citizen science projects ...
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Academic and Institutional Response to the Controversial Findings
The academic community appears divided over Filippo Biondi's recent findings. While some archaeologists may remain skeptical, there's a burgeoning interest among scientists and private entities in exploring these paradigm-shifting discoveries.
Archaeologists' Skepticism Challenged by Paradigm-Shifting Discoveries
Despite the transformative nature of Biondi's findings, some archaeologists resist, perceiving these discoveries as a challenge to established knowledge. The validity of data and interpretation is a significant concern. Joe Rogan suggests that Biondi's work could dramatically alter our understanding of human history. Biondi himself has cautioned against misinterpreting the results, which include mistaking parts of the Grand Gallery for new chambers. This indicates an ongoing debate about the data's accuracy and meaning within the academic community.
Scientific and Private Interest In Exploring and Validating Underground Structures
Filippo Biondi’s work has piqued interest from various companies eager to collaborate with him, which may signal a burgeoning private interest in the techniques he’s employed at the Giza Plateau. Although these entities have not been directly associated with funding Giza shafts research, it implies a general intrigue that could extend to the Giza findings.
Biondi's Efforts to Secure Funding For Giza Shafts Research
Biondi is actively working to gain the support needed to further explore the structures at the Giza Plateau. He is in the process of establishing a foundation in Malta dedicated to philanthropic work on Giza and other ancient sites. His current project — cleaning out the sand and debris-filled shafts — also reflects this endeavor. With partners in Egypt ready to submit a government-approved proposal, Biondi emphasizes the need for public support to fund the estimated $20 million (or more) project cost.
Biondi plan ...
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Academic and Institutional Response to the Controversial Findings
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Clarifications
- Filippo Biondi is an Italian archaeologist and researcher known for his work on the Giza Plateau. He specializes in non-invasive archaeological techniques, including ground-penetrating radar and 3D scanning. Biondi has gained attention for his controversial findings suggesting undiscovered chambers and structures beneath the Great Pyramid. His background includes academic affiliations and collaborations with scientific institutions focused on ancient Egyptian archaeology.
- The Giza Plateau is a plateau in Egypt that hosts the famous pyramids, including the Great Pyramid of Giza. It is one of the most important archaeological sites in the world, representing ancient Egyptian civilization. The plateau contains tombs, temples, and other structures linked to the Old Kingdom period. Its significance lies in its historical, cultural, and architectural value as a center of ancient Egyptian burial and religious practices.
- Filippo Biondi's recent findings involve the discovery of previously unknown underground chambers and shafts within the Giza Plateau, suggesting complex construction techniques. These findings challenge the traditional understanding of ancient Egyptian engineering and the purpose of the Great Pyramid's internal structures. The discoveries imply advanced knowledge and possibly new functions for the pyramid beyond what was historically accepted. This could rewrite parts of human history related to ancient civilizations and their capabilities.
- The Grand Gallery is a large, sloping corridor inside the Great Pyramid of Giza. It connects the Queen's Chamber to the King's Chamber and is about 8.6 meters high and 47 meters long. Its precise purpose is debated, but it may have been used for ceremonial or construction functions. The Grand Gallery is a key architectural feature demonstrating the pyramid's complex internal design.
- Archaeologists are skeptical because Biondi's findings suggest previously unknown chambers or structures within the Great Pyramid, which contradicts long-held beliefs about its design and purpose. Established knowledge holds that the pyramid's internal layout is well-documented and fully explored. Challenging this could rewrite understandings of ancient Egyptian engineering and burial practices. Skepticism arises from the need for rigorous evidence to confirm such extraordinary claims.
- Joe Rogan is a popular podcast host known for discussing a wide range of topics, including science and history, with various guests. He is not an academic or archaeologist but has a large public platform that can influence public opinion. His mention suggests the findings have reached mainstream audiences beyond scholarly circles. This highlights the broader cultural impact and public interest in Biondi's work.
- Filippo Biondi used advanced non-invasive technologies such as muon tomography, which detects cosmic-ray particles to reveal hidden voids inside the pyramids. He also employed 3D scanning and robotic exploration to map and investigate inaccessible areas. These techniques allow detailed study without damaging the ancient structures. This approach contrasts with traditional excavation methods that can be intrusive and risky.
- The "shafts" at the Giza Plateau are narrow, deep passageways within the pyramids, believed to have religious or symbolic significance. Exploring them is challenging due to their confined spaces, accumulation of sand and debris, and the risk of damaging ancient structures. Advanced technology like drones and robots is necessary to navigate and study these shafts safely and non-invasively. Understanding these shafts could reveal new insights into ancient Egyptian burial practices and pyramid construction.
- Cleaning sand and debris-filled shafts is essential to access and study hidden or blocked ancient passageways safely. Removing obstructions prevents damage to fragile structures and allows for accurate mapping and exploration. It also helps reveal artifacts or architectural features that provide insights into the site's history. This process must be done carefully to preserve the integrity of the archaeological site.
- Establishing a foundation in Malta can provide a legal and financial framework to attract international donations and grants. Malta's favorable regulations for non-profits may facilita ...
Counterarguments
- Skepticism among archaeologists may be rooted in a rigorous scientific process that requires thorough peer review and replication of results before accepting new findings.
- The excitement and interest from private companies may not necessarily correlate with the scientific validity of Biondi's findings but could be driven by potential tourism or publicity benefits.
- The establishment of a foundation and the search for funding, while necessary for research, could introduce biases or conflicts of interest if the sources of funding have specific agendas.
- The emphasis on non-invasive techniques is commendable, but there may be concerns about whether such methods can provide the depth of information required for significant historical insights.
- The urgency stressed by Biondi for exploring the shafts might be seen as a way to expedite funding, but some may argue that careful planning and peer collaboration are more important than speed.
- The estimated cost of the project is substantial, and critics might question whether the potential outcomes justify such an investment, especially when weighed against other research opportunities or societal needs.
- The involvement of the University of Ferrara in managing the exploration work could be scrutinized for potential academic biases or conflicts of interes ...
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